Sulfur Daily Question, April 27------5 rewards for participation, 10 rewards for correct answers
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This post was last edited by Sulfur-Zinc-Aluminum on 2016-5-4 at 14:57. The deadline for this post is 12 midnight on April 28th. Short answer: What are tower flooding, liquid leakage, and dry plate?
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this condition is referred to as leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this condition is referred to as leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Tower flooding: When the liquid load is too high, the liquid fills the entire downcomer, causing the liquid to connect the upper and lower trays together; as a result, the distillation process is completely disrupted. This phenomenon is known as tower flooding. Leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this condition is referred to as leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Liquid leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this phenomenon is known as liquid leakage. Dry plate: A tray is referred to as a dry plate when no liquid is present in it.
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this condition is referred to as leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this condition is referred to as leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
Leakage: When the processing volume is too low, the gas velocity inside the tower is very low; as a result, a large amount of liquid leaks out through the valve openings or tray gaps due to gravity, which leads to defective products. This phenomenon is known as tower flooding. Dry plate: The tray is referred to as a dry plate when no liquid is present in it ；
What are tower flushing, leakage, and dry plates? Answer: Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Liquid leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this phenomenon is known as liquid leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
What are tower flushing, leakage, and dry plates? Answer: Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Liquid leakage: When the processing volume is too low, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this phenomenon is known as liquid leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.
Tower flooding: When the gas-phase load is too high, heavier components within the tower are carried to the top of the tower, resulting in substandard product; this phenomenon is known as tower flooding. Leakage: When the processing volume is too small, the gas velocity inside the tower is very low, and a large amount of liquid leaks out through the valve openings or tongue holes due to gravity; this condition is known as leakage. Dry plate: A tray without any liquid present is called a dry plate ； In the dry plate state, the tray has no distillation effect.